CoreAI

8

v2.0

FIXED_STC_VAL

0 to 255

Fixed STC Value: Set this to the integer value of the 8-bit fixed constant

connected to the STC[7:0] inputs of the AB macro.

Note: This is only used if FIXED_STC = 1.

DISABLE_TMSTBINT

0 or 1

Disable Internal Temperature Monitor Strobe: Set this 1-bit integer to disable

the internal temperature monitor strobes. If this bit is set to 1, the TMSTBINT

input is disabled; if it is set to 0, the TMSTBINT input is register-controlled. The

default value of 0 allows the internal temperature monitor strobe to be

controlled via register settings.

CFG_AV9, CFG_AV8, CFG_AV7,

CFG_AV6, CFG_AV5, CFG_AV4,

CFG_AV3, CFG_AV2, CFG_AV1,

CFG_AV0

0 to 1,023

Configure AVx Inputs: Set each of these 10-bit integers to configure the AV9

through AV0 inputs that are connected to the AB macro. The lower 8 bits of

each of these 10-bit integers are reserved for generating firmware settings for

the target processor used with CoreAI and are ignored by the CoreAI

hardware. The upper 2 bits are used to create the settings for each AVx input,

shown in Table 5 on page 9.

For example, if CFG_AV5 is set to the binary value 0000000000 (decimal 0),

the AV5 input will be used as an analog voltage monitor input. If CFG_AV5 is

set to the binary value 0100000000 (decimal 256), the AV5 input will be used

as a digital input, and the buffered DAVOUT5 output would be connected to

the user’s own logic. If CFG_AV5 is set to the binary value 1100000000

(decimal 768), the AV5 input will be disabled; in this case, the CoreAI AV5

input will not be used and the AV5 input of the AB macro will be hardwired to

logic 0 within CoreAI.

CFG_AC9, CFG_AC8, CFG_AC7,

CFG_AC6, CFG_AC5, CFG_AC4,

CFG_AC3, CFG_AC2, CFG_AC1,

CFG_AC0

0 to 1,023

Configure ACx Inputs: Set each of these 10-bit integers to configure the AC9

through AC0 inputs that are connected to the AB macro. The lower 8 bits of

each of these 10-bit integers are reserved for generating firmware settings for

the target processor used with CoreAI and are ignored by the CoreAI

hardware. The upper 2 bits are used to create the settings for each ACx input,

shown in Table 6 on page 9.

For example, if CFG_AC7 is set to the binary value 0000000000 (decimal 0),

the AC7 input will be used as an analog current monitor input. If CFG_AC7 is

set to the binary value 0100000000 (decimal 256), the AC7 input will be used

as a digital input, and the buffered DACOUT7 output would be connected to

the user’s own logic. If CFG_AC7 is set to the binary value 1000000000

(decimal 512), the AC7 input will be used as an analog voltage monitor input.

If CFG_AC7 is set to the binary value 1100000000 (decimal 768), the AC7

input will be disabled; in this case, the CoreAI AC7 input will not be used and

the AC7 input of the AB macro will be hardwired to logic 0 within CoreAI.

Table 4 • CoreAI Parameters/Generics Descriptions (Continued)

Name

Valid Range

Description

Note: *Invalid values are 3, 7, 11, and 15 (refer to the